Supply Chain/Logistics Engineering Minor

In today’s digital economy, effective supply chain and logistics management is crucial for industries to remain competitive and responsive. The Supply Chain/Logistics Engineering minor at UCF is designed to prepare Engineering students with the essential skills needed to excel in this dynamic field. Students must complete the following coursework:

1. ESI 4312 Deterministic Operations Research (OR) – Focuses on deterministic models for optimization in operations.
2. ESI 4523 Systems Simulation – Covers the foundational principles of discrete-event simulation.
3. EIN 4333 Production and Distribution – Explores production processes and distribution strategies that are vital in supply chain networks.
4. ESI 4322 Supply Chain Engineering – Provides an in-depth understanding of supply chain systems and engineering approaches for optimization.
5. ESI 4346 Engineering Logistics – Examines logistics planning, transportation, and warehousing, essential for efficient supply chains.
6. EIN 4545 Industrial Engineering Applications in the Service Industries – Offers practical applications of engineering principles in service settings or focuses on project management skills for engineering projects.

This minor equips students with the knowledge to address the complexities of global supply chains and logistics, positioning them as valuable contributors in the field.

Degree Requirements

• Complete the following:
  • ESI4312 - Deterministic Methods for Operations Research (3)
  • EIN4333 - Production and Distribution Systems (3)
  • ESI4322 - Supply Chain Engineering (3)
  • ESI4523 - Systems Simulation (3)
  • EIN4545 - Industrial Engineering Applications in the Service Industries (3)
  • EIN4332 - Logistics Engineering (3)

Grand Total Credits: 18

Maintain a UCF greater than 3.0.

The proposed Supply Chain/Logistics Engineering minor is designed to equip students with key logistics and supply chain management competencies. The specific expected student learning outcomes are as follows:

1. Foundations in Supply Chain and Logistics
   Students will understand the core principles of supply chain and logistics engineering, including production processes, inventory management, distribution strategies, and logistics optimization.
2. Application of Quantitative Methods
   Students will apply quantitative techniques, such as deterministic operations research and systems simulation, to solve logistical challenges, make data-driven decisions, and improve supply chain efficiency.
3. Proficiency in Digital Manufacturing and Technology Integration
   Students will learn about digital manufacturing processes and the integration of emerging technologies, preparing them to address the complexities of modern, technology-driven supply chains.
4. Problem-Solving and Critical Thinking Skills
   Students will demonstrate the ability to analyze supply chain problems, develop solutions, and implement strategies that enhance efficiency, sustainability, and resilience in various sectors.
5. Understanding of Logistics in Service and Industrial Sectors
   Through elective coursework, students will develop an understanding of logistics applications across diverse sectors, including service industries, manufacturing, and project engineering, making them adaptable to multiple industries.
6. Ethical and Global Awareness in Supply Chain Management
   Students will recognize ethical considerations and the importance of a global perspective in supply chain management, preparing them to work inclusively and responsibly in diverse, international environments.